GDF-3000 DC Mai gano Laifin Tsarin Duniya
A cikin tsarin DC, akwai kurakuran ƙasa da yawa da suka haɗa da laifin ƙasa kaikaice, kuskuren duniya wanda ba ƙarfe ba, laifin madauki, kuskuren ƙasa mai kyau da mara kyau, ingantacciyar ma'auni mara kyau da kuskuren ƙasa, kuskuren duniya da yawa.GDF-3000 Mai gwada Laifin Duniya don Tsarin DC yana gano waɗannan kurakuran ƙasa kuma yana nuna ma'auni na ƙarfin tsarin, ƙarfin lantarki, juriya na ƙasa da ƙarancin ƙasa na rassan daidai.
●Ayyukan ma'aunin wutar lantarki na tsarin, kayan aiki na iya auna tsarin wutar lantarki na ƙasa, mummunan wutar lantarki, ƙarfin tsarin, zai iya cimma iyakar saka idanu na 0-300V.
●Ayyukan ma'aunin ma'auni na tsarin tsarin, kayan aiki na iya auna ma'auni mai kyau zuwa ƙasa da kuma rashin daidaituwa na tsarin.Yana iya gane ma'aunin 0-999KΩ.
●AC kirtani lantarki gano aiki, da kayan aiki iya yin hukunci da AC kirtani lantarki gazawar a cikin DC tsarin, kuma zai iya auna AC ƙarfin lantarki darajar da shiga a cikin DC tsarin, AC ƙarfin lantarki kewayon ne 0-280V.
●Ayyukan ma'aunin insulator na reshe.Kayan aiki yana auna ma'auni mai kyau da mara kyau na ƙasa na kowane reshe.
●Reshe grounding kuskure aikin sakawa, kayan aiki zai iya cimma aikin ma'aunin kuskuren ƙasa na laifin reshe ƙasa.
●Ayyukan Ammeter, na'urar za a iya amfani da ita azaman babban madaidaicin ammeter, kuma ƙudurin auna na yanzu zai iya kaiwa 0.01mA.
●Tare da aikin binciken ƙasa mara sigina, na'urar zata iya gano wurin kuskuren ƙasa ba tare da shigar da kowane sigina a cikin tsarin ba.
●Ayyukan nuni na jagora, don gwada reshe tare da alamar ƙasa, kayan aiki za su sami kibiya mai nuni don nuna alamar dangi tsakanin ma'anar ƙasa mai amfani da wurin da aka samo asali, don inganta ingantaccen bincike.
●Ayyukan bincike na insulation, lokacin amfani da aikin gano aikin ƙasa, bayan gano reshe, mai ganowa zai nuna alamar insulation na reshe don tunani da bincike mai amfani.
●Ayyukan nuni na waveform, lokacin amfani da mai ganowa don gano yanayin rufewar reshen da aka gwada, nunin zai nuna canjin halin yanzu na reshen da aka auna a cikin nau'i na igiyar igiya, wanda ya dace da mai amfani don ganowa da sauri da daidai. kuskuren batu.
●Ana amfani da microcontroller 16-bit da aka shigo da shi azaman babban tsarin.Ƙirar kayan masarufi ya yi daidai da daidaitattun ma'auni na iko da daidaitawar lantarki.Ana ɗaukar hanyoyin sake sakewa da yawa a ciki don tabbatar da amincin na'urar da na'urar da ake gwadawa.
●Ana amfani da madaidaicin madaidaicin DC clampmeter azaman sashin siginar siginar, kuma samfurin ƙarfin lantarki yana ɗaukar guntu juzu'i na analog-zuwa-dijital madaidaici, kuma ana auna ƙarfin lantarki da impedance daidai.
●LCD nuni, tare da sada zumunci dubawa, bayyananne da sauki aiki.Nuna fihirisar insulation a sarari da siffan nunin lokacin gaske.Yana nuna matakin rufewa na kowane rassan da alkiblar kuskuren ƙasa.
●Tsarin ganowa da ganewa na hankali.
●"Analyzer" na iya gano matakin ƙarfin lantarki ta atomatik ta tsarin, kuma ya nuna bayanan da ke tattare da insulation da sauri lokacin da rashin daidaituwa na tsarin ya canza.
●Bayan an haɗa mai ganowa tare da bayanan mai nazari, nesan ganowa ba ya shafar shi;
●Lokacin da "gano" ke dubawa, matsawa na iya matsa igiyar wuta guda ɗaya, ko kuma ɗaure igiyoyin wutar lantarki da yawa don inganta haɓakar ganowa;
●Bayan an gama gwajin "ganewa", idan reshen da aka gwada yana da kuskuren rufewa, ana tantance bayanin jagorar wurin kuskure dangane da wurin gwajin.
●An gina tsarin watsa bayanai mara igiyar waya a tsakanin “Analyzer” da “Detector” don sadarwa, kuma aikin gwaji da bayanan nuni sun cika, kuma suna iya magance matsaloli iri-iri a cikin tsarin DC.
●Na'urar za ta iya gano wurin kuskuren ƙasa ba tare da shigar da sigina a cikin tsarin DC ba.A cikin yanayin sigina, na'urar tana da ƙayyadaddun ƙayyadaddun ƙayyadaddun ƙayyadaddun ƙayyadaddun wutar lantarki, wanda ba shi da wani tasiri akan tsarin DC.
| Amfani da Muhalli | |
| Yanayin yanayi | -30 ° C ~ +50 ° C; |
| Dangi zafi | ≤95%; |
| Alamun fasaha na sadarwa mara waya | |
| Ikon sigina | ≤ 10dbm; |
| Ƙungiyar sigina | 433Mhz; |
| Hankali | -106dBm; |
| Nisa watsawa | a cikin yanayin layi-na-ganin, amintaccen nisan watsawa na mita 250 daga ƙasa 2 mita |
| Manufofin fasaha na Analyzer | |
| Matsakaicin matakin ƙarfin lantarki na tsarin DC | 24V (na musamman), 48V, 110V, 220V ko takamaiman ƙarfin lantarki matakin mai amfani |
| Tsarin ma'auni mai inganci da mara kyau | 0-300V |
| Wurin auna wutar lantarki na DC zuwa ƙasa | 0-300V |
| AC jerin ƙarfin gazawar ƙararrawa | 5V |
| Ƙimar ma'aunin wutar lantarki | 0.1V |
| Tsarin ma'aunin juriya na ƙasa | 0-999.9KΩ |
| Ƙaddamar ma'aunin juriya na ƙasa | 0.1KΩ |
| Yanayin nuni | LCD |
| Girman siginar ganowa | 0-2mA daidaitacce |
| Girman ƙarfin siginar ganowa | 0-50V daidaitacce |
| Mitar sigina | babu yanayin sigina kuma 0.16Hz na zaɓi |
| DC-resistant tsarin rarraba capacitance tsangwama | 1000uF |
| Mai gano fasaha Manuniya | |
| Kewayon gano juriya na kewayon reshe a yanayin sigina | |
| Ƙimar ƙarfin lantarki shine 220V | 0-600KΩ |
| Ƙimar ƙarfin lantarki shine 110V | 0-300KΩ |
| Ƙimar ƙarfin lantarki shine 48V | 0-60K |
| Ƙimar ƙarfin lantarki shine 24V | 0-20K |
| Ƙimar ma'aunin juriya na rufi | 0.1KΩ |
| Kewayon gano juriya na kewayon reshe a cikin yanayin sigina | |
| Ƙimar ƙarfin lantarki shine 220V | 0-50K |
| Ƙimar ƙarfin lantarki shine 110V | 0-25KΩ |
| Ƙimar ƙarfin lantarki shine 48V | 0-10KΩ |
| Ƙimar ƙarfin lantarki shine 24V | 0-5KΩ |
| Ƙimar ma'aunin juriya na rufi | 0.1KΩ |
| Lokacin nunin waveform | 12 seconds |
| Kewayon aunawa na yanzu | ± 100mA |
| Ƙimar aunawa na yanzu | 0.01mA |
| Yanayin nuni | LCD |
| Yanayin nunin jagora | iri daya ko sabanin hanya |
| Anti-DC tsarin reshe rarraba capacitance tsangwama | 100 uF |
| Nisa don amfani tare da mai nazari | babu iyaka iyaka |
| Girman muƙamuƙi | Diameku 30mm |
| Mai ganowa | 1 pc |
| Analyzer | 1 pc |
| Adafta | 2 guda |
| Matsi na yanzu | 1 pc |
| Gwajin Gubar(tare da matsi na kada) | 1 pc |
| Carry case | 1pc |
| Mai amfani's Guide | 1 pc |
| Rahoton Gwajin Masana'antu | 1 pc |
